To Inspire
-
How and why we love/hate what we love/hate
The science of emotions: Jaak Panksepp at TEDxRainier
CALL To Emotions
Dec 2017
To Inspire
-
How and why we love/hate what we love/hate
The science of emotions: Jaak Panksepp at TEDxRainier
CALL To Emotions
Dec 2017
EDITION EDITORIAL & OVERVIEW
How and why we love/hate what we love/hate
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12
CALL To Emotions
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Dec 2017

Understanding our emotions through animals

Given an inherent subjective nature, emotions have long been a nearly impenetrable topic for scientific research. Affective neuroscientist Jaak Panksepp explains a modern approach to emotions, and how taking seriously the emotions of other animals might soon improve the lives of millions. Jaak Panksepp introduced the concept of Affective Neuroscience in 1990, consisting of an overarching vision of how mammalian brains generate experienced affective states in animals, as effective models for fathoming the primal evolutionary sources of emotional feelings in human beings. This work has implications for further developments in Biological Psychiatry, ranging from an understanding of the underlying brain disorders, to new therapeutic strategies. Panksepp is a Ph.D. Professor and Baily Endowed Chair of Animal Well-Being Science, College of Veterinary Medicine, Washington State University. His scientific contributions include more than 400 papers devoted to the study of basic emotional and motivational processes of the mammalian brain. He has conducted extensive research on brain and bodily mechanisms of feeding and energy-balance regulation, sleep physiology, and most importantly the study of emotional processes, including associated feelings states, in other animals.

Understanding our emotions through animals

Given an inherent subjective nature, emotions have long been a nearly impenetrable topic for scientific research. Affective neuroscientist Jaak Panksepp explains a modern approach to emotions, and how taking seriously the emotions of other animals might soon improve the lives of millions. Jaak Panksepp introduced the concept of Affective Neuroscience in 1990, consisting of an overarching vision of how mammalian brains generate experienced affective states in animals, as effective models for fathoming the primal evolutionary sources of emotional feelings in human beings. This work has implications for further developments in Biological Psychiatry, ranging from an understanding of the underlying brain disorders, to new therapeutic strategies. Panksepp is a Ph.D. Professor and Baily Endowed Chair of Animal Well-Being Science, College of Veterinary Medicine, Washington State University. His scientific contributions include more than 400 papers devoted to the study of basic emotional and motivational processes of the mammalian brain. He has conducted extensive research on brain and bodily mechanisms of feeding and energy-balance regulation, sleep physiology, and most importantly the study of emotional processes, including associated feelings states, in other animals.

Understanding our emotions through animals

Given an inherent subjective nature, emotions have long been a nearly impenetrable topic for scientific research. Affective neuroscientist Jaak Panksepp explains a modern approach to emotions, and how taking seriously the emotions of other animals might soon improve the lives of millions. Jaak Panksepp introduced the concept of Affective Neuroscience in 1990, consisting of an overarching vision of how mammalian brains generate experienced affective states in animals, as effective models for fathoming the primal evolutionary sources of emotional feelings in human beings. This work has implications for further developments in Biological Psychiatry, ranging from an understanding of the underlying brain disorders, to new therapeutic strategies. Panksepp is a Ph.D. Professor and Baily Endowed Chair of Animal Well-Being Science, College of Veterinary Medicine, Washington State University. His scientific contributions include more than 400 papers devoted to the study of basic emotional and motivational processes of the mammalian brain. He has conducted extensive research on brain and bodily mechanisms of feeding and energy-balance regulation, sleep physiology, and most importantly the study of emotional processes, including associated feelings states, in other animals.

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